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    C++ Programming: A Practical Approach

    • C++ Programming: A Practical Approach

    • By: Madhusudan Mothe

    • Publisher: Pearson Education India

    • Pub. Date:

    • Print ISBN-10: 8131760529

    • Print ISBN-13: 9788131760529

    • e-Book ISBN-10: 8131765326

    • e-Book ISBN-13: 9788131765326

    • Pages in Print Edition: 472

    • Subscriber Rating: 0 out of 5 rating0 [0 Ratings]

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    Overview

    The book follows the approach of introducing a concept followed by providing an example and then brings out the intricacies of the topic by asking questions based on the example provided. Further, it exploits both teaching and industrial experience of the author and provides various complexities that arise in the real programming scenario.

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    Table of Contents

     Index

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    Copyright

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    Dedication

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    Foreword

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    Preface

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    About the Author

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    Chapter 1. WELCOME TO C++
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    1.1 Introduction

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    1.2 Input/Output

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    1.3 Inline Function

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    1.4 Function Overloading

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    1.5 scope resolution Operator

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    1.6 Reference Data Type

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    1.7 new and delete Operators

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    1.8 Guess the Output

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    1.9 Points to Remember

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    Exercises

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    Answers

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    Chapter 2. CLASS (STRUCTURE++*)
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    2.1 Introduction

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    2.2 Journey from C Structure Towards C++ Class

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    2.3 Developing First C++ Class

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    2.4 More About Class and Object

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    2.5 C++ Structure/C Structure and Class

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    2.6 Array of Objects

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    2.7 Class: Interface and Implementation

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    2.8 Guess the Output

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    2.9 Points to Remember

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    2.10 Deep Knowledge Section

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    Exercises

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    Answers

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    Chapter 3. CLASS FEATURES
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    3.1 Introduction

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    3.2 Constructor

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    3.3 Getter/Setter Methods

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    3.4 const Data Member

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    3.5 const Member Function

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    3.6 Static Class Members and Static Member Functions

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    3.7 More About Constructor

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    3.8 Class with Pointer Attribute

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    3.9 Destructor

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    3.10 Copy Constructor

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    3.11 this Pointer

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    3.12 Assignment Operator

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    3.13 Friend Function and Friend Class

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    3.14 namespace

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    3.15 Guess the Output

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    3.16 Points to Remember

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    3.17 Deep Knowledge Section

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    Exercises

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    Chapter 4. OPERATOR OVERLOADING
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    4.1 Introduction

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    4.2 Operator Overloading

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    4.3 Operator Overloading and Polymorphism

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    4.4 operator Function as Non-member Function

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    4.5 Overloading Increment and Decrement Operators

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    4.6 More About new Keyword

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    4.7 Automatic/Implicit Conversions

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    4.8 Guess the Output

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    4.9 Points to Remember

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    4.10 Deep Knowledge Section

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    Exercises

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    Answers

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    Chapter 5. INHERITANCE
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    5.1 Introduction

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    5.2 Inheritance: What, When and Why?

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    5.3 Public Inheritance

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    5.4 Protected Access Specifier

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    5.5 Private Inheritance

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    5.6 Protected Inheritance

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    5.7 Composition

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    5.8 Virtual Inheritance: Solution to Diamond Problem

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    5.9 Inheritance or Composition?

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    5.10 Composition and Aggregation

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    5.11 Advantages/Disadvantages of Inheritance

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    5.12 Guess the Output

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    5.13 Points to Remember

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    5.14 Deep Knowledge Section

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    Exercises

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    Chapter 6. DYNAMIC POLYMORPHISM
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    6.1 Introduction

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    6.2 Dynamic Polymorphism: What, When and Why?

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    6.3 Virtual Destructor

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    6.4 Pure Virtual Function

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    6.5 Upcasting, Downcasting and Object Slicing

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    6.6 Guess the Output

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    6.7 Points to Remember

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    6.8 Deep Knowledge Section

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    Exercises

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    Answers

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    Chapter 7. GENERIC PROGRAMMING: TEMPLATES
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    7.1 Introduction

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    7.2 Templates: What, When and Why?

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    7.3 More About Templates

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    7.4 Template Advantages and Disadvantages

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    7.5 Points to Remember

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    7.6 Guess the Output

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    Exercises

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    Chapter 8. EXCEPTION HANDLING: SHOW MUST GO ON!
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    8.1 Introduction

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    8.2 Exception Handling: What, When and Why?

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    8.3 Exception Handling

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    8.4 Exception Handling: Constructor

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    8.5 Exception Handling: Inheritance Class Hierarchy

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    8.6 Exception Handling: Destructor

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    8.7 bad_exception, set_unexpected, set_terminate

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    8.8 Guess the Output

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    8.9 Points to Remember

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    8.10 Deep Knowledge Section

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    Exercises

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    Answers

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    Chapter 9. INPUT/OUTPUT
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    9.1 Introduction

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    9.2 C++ Input/Output: What, When and Why?

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    9.3 C++ Stream Class Hierarchy

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    9.4 C++ Stream Data Formatting

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    9.5 Manipulators

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    9.6 Guess the Output

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    9.7 Points to Remember

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    Exercises

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    Chapter 10. FILE INPUT/OUTPUT
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    10.1 Introduction

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    10.2 fstream Class

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    10.3 Writing into a File

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    10.4 Reading from a File

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    10.5 Random Access

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    10.6 Guess the Output

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    10.7 Points to Remember

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    Exercises

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    Chapter 11. LAST WICKET!
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    11.1 Introduction

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    11.2 Why Smart Pointer?

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    11.3 Reference-Counting Mechanism

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    11.4 Smart Pointer and Copy Constructor

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    11.5 Templatized Smart Pointer Class

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    11.6 auto_ptr

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    11.7 Guess the Output

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    Exercises

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    Answers

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    Index